Our Electrical Design Services
With technology advancing at an ever-increasing pace, our design solutions are reflective of these needs. We engineer large developments, built forms, and facilities, electrical systems including high voltage and multiple lower voltage distribution systems together with UPS, onsite power generation for full backup or life safety needs, photovoltaic installations and smart grid technology integration. With the increased incorporation of electronic equipment in facilities, be it process, equipment control or end-user devices, power quality is a key consideration, as well as continuity of operations. We are adept and experienced at designing for all requirements.
Power Infrastructure Services
High & Low Voltage Power Electrical Design
This category captures the process of designing electrical systems that function efficiently and safely across a wide range of voltage levels. Engineers working in this field plan and layout electrical infrastructure, ensuring optimal performance, reliability, and compliance with safety standards. The design determines the routing of cables and conductors to facilitate effective power distribution.
Distribution
Distribution involves the intricate network responsible for delivering electrical power from its source to end-users. This process encompasses various components, including substations, transformers, distribution lines, and switches. Engineers specializing in distribution design meticulously plan and optimize this network to ensure reliable and efficient delivery of electricity to consumers.
Unit Substation
Unit substations are modular power distribution units that play a vital role in transforming voltage levels and distributing electricity within a facility or industrial complex. These substations allow for efficient power distribution to specific areas or equipment. Engineers specializing in unit substation design ensure optimal performance, reliability, and safety of these systems, considering factors such as load requirements, fault tolerance, and space constraints.
Underground Systems
Underground systems involve the installation of electrical infrastructure, such as cables, conduits, and transformers, below the ground surface. This approach is commonly used in urban areas or environments where overhead lines are impractical or aesthetically undesirable. Engineers specializing in underground systems design and implement these infrastructure projects, considering factors such as soil conditions, environmental impact, and regulatory requirements to ensure reliable and safe operation.
Bus Ducts
Bus ducts are prefabricated electrical conduits used for the distribution of power within a building or industrial facility. These ducts consist of insulated conductors enclosed in a metal housing, providing a safe and efficient means of transmitting electrical energy to various loads or equipment. Engineers specializing in bus ducts design and install these systems, considering factors such as load capacity, voltage drop, and thermal management to ensure optimal performance and safety.
Emergency Power Solutions
Emergency Generator Systems
Emergency generator systems serve as critical backup power sources during grid failures or emergencies. These systems are designed to automatically activate and provide electricity to essential loads, such as hospitals, data centers, and critical infrastructure, ensuring continuous operation and preventing downtime. Engineers specializing in emergency generator systems design, install, and maintain these systems, considering factors such as load requirements, fuel storage, and regulatory compliance.
Uninterruptible Power Supply (UPS)
UPS systems provide critical backup power and surge protection for sensitive equipment and systems during power outages or fluctuations. These systems utilize energy stored in batteries or capacitors to provide uninterrupted power to essential loads, ensuring continuity of operations and preventing data loss or equipment damage. Engineers specializing in UPS systems design and install these systems, considering factors such as load requirements, runtime, and redundancy to provide reliable power protection.
Safety and Protection
Lightning Protection
Emergency generator systems serve as critical backup power sources during grid failures or emergencies. These systems are designed to automatically activate and provide electricity to essential loads, such as hospitals, data centers, and critical infrastructure, ensuring continuous operation and preventing downtime. Engineers specializing in emergency generator systems design, install, and maintain these systems, considering factors such as load requirements, fuel storage, and regulatory compliance.
Utility Coordination and Monitoring
Utility Coordination
Utility coordination is the process of collaborating with utility companies to ensure seamless integration and coordination of electrical systems with external power sources. This involves obtaining necessary permits, approvals, and clearances for connecting to the grid, as well as coordinating maintenance schedules and outage notifications to minimize disruptions. Effective utility coordination is crucial for ensuring reliable and uninterrupted access to electricity for consumers and businesses.
Metering and Control
Metering and controls involve the installation of meters and control systems to monitor, measure, and regulate electrical usage within a facility or industrial complex. These systems provide valuable insights into energy consumption patterns, enabling operators to optimize efficiency, identify inefficiencies, and implement energy-saving measures. Engineers specializing in metering and controls design and implement these systems, integrating sensors, meters, and control devices to automate processes and improve performance.